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Embedded system is microprocessor-based systems that are used to perform certain
functions. Embedded systems learning is very much needed, especially for students of
Electrical Engineering, Faculty of Engineering, Udayana University. This is evidenced by the
existence of a new course, namely the Embedded + Lab System. To support the convenience
of practicum in the laboratory, in this study, an Embedded+Lab System practical guide will be
designed and built by utilizing the Single Board Microcomputer Raspberry Pi. It is hoped that
this Embedded+Lab System practical guide will be useful for Electrical Engineering students,
Faculty of Engineering, Udayana University. This research carried out several basic designs
that will be used in the Embedded System module 1 practical experiment, namely the design of
a Light Emitting Diode (LED) control, LED DOT-Matrix, and seven segment display. The design
of each control system will generally be divided into two parts, namely hardware design and
software design. The results of this study are a box 1 system embedded practical module and
practical guides, as well as the design of each control system, all of which work well.
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